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COS 100
Biogeochemistry: Atmospheric N Deposition Effects
Wed, Aug 04, 2021:
2:30 PM-3:30 PM
On Demand
Aquatic ecosystem stoichiometry, structure, and function in response to latitudinal gradients of atmospheric nitrogen and phosphorus deposition
Lindsey Pett
,
Biology, University of Vermont
;
On Demand
Assessing nitrogen deposition in mountainous regions: Nitrogen critical loads in the North Cascades
Meaghan I. Petix
,
Washington State University
;
On Demand
Controls on litter decay and nutrient cycling under experimentally elevated N and S Deposition at the Bear Brook Watershed, Maine, USA
Lindsey Rustad
,
USDA Forest Service
;
On Demand
Endophyte symbiosis and resource addition slow primary succession in Great Lakes sand dunes
Kylea R. Garces, PhD Candidate
,
University of Louisville
;
On Demand
Long-term nitrogen and sulfur deposition increased root-associated pathogen diversity and changed mutualistic fungal diversity in a boreal forest
Yingtong Wu
,
Department of Biology, University of Missouri, St. Louis
;
On Demand
Manganese and nitrogen coupled interaction on plant residue decomposition and soil carbon cycling
Avishesh Neupane
,
Biosystems Engineering & Soil Science, University of Tennessee, Knoxville
;
On Demand
Nitrogen effects on plant productivity change at decadal timescales
Guopeng Liang
,
University of Minnesota
;
On Demand
Shifts in carbon allocation strategies and plant-microbial interactions move models closer to reality in a N-rich world
Brooke A. Eastman
,
Department of Biology, West Virginia University
;
On Demand
Small increases in N addition stimulate soil respiration and biomass production, but not net ecosystem carbon uptake
Megan E. Wilcots
,
University of Minnesota
;
On Demand
The fate of soil carbon in drylands after the addition of multiple levels of water and nitrogen
Christopher W. Beltz
,
School of the Environment, Yale University
;